Nicoustic secures 8.6 mNOK in funding
With this support from the Research Council of Norway, Nicoustic aims to further develop and commercialize novel technology for non-intrusive level measurement of different layers in separators and other vessels.
More specifically, Nicoustic intends to further develop capabilities to measure liquid, foam and emulsion interface layers. Moreover, they will explore how fouling on the inside of the separator wall influences the measurements.
Furthermore, they will perform vessel integrity measurement experiments using existing hardware and conduct research into novel hardware manufacturing methods that will allow them to set up production locally.
The main R&D partners are Fraunhofer IKTS (Dresden) and SINTEF Multiphase Flow Laboratory located (Tiller).
We need reliable measurements
The background for the technology is that there is an unmet need for reliable measurement of multiphase levels in oil & gas separation equipment, especially when it comes to measurement of sand/solid layers, liquid interface levels as well as emulsion and foam layers.
This need comes from the fact that improved level measurement will lead to less equipment downtime and an opportunity to better optimize production.
Other industries than oil & gas (for example biofuel and chemicals production) face many of the same challenges in their separation processes.
Nicoustic has already demonstrated that their technology is able to accurately measure levels of solids and liquids in laboratory and pilot scale.
The biggest differentiating factor compared with other measurement methods is that their sensors are non-intrusive (they are mounted on the outside of the vessel) and there is no radioactive source. This is a big advantage with respect to installation and maintenance cost and ease.
More R&D needs to be performed before a commercial product can be launched, which is now possible thanks to the support from The Research Council of Norway.
Help with project development
GCE Ocean Technology offers help with project development to its members, and Nicoustic has used this multiple times.
– Also for this successful grant application we have had several meetings with R&D advisors from GCE Ocean Technology who gave us valuable advice on how to reformulate certain phrases to make the message clearer, if there is any missing information and so on. A skilled set of extra eyes and some good advice we appreciate a lot, says Dmitri Gorski, Co-Founder/ Vice President, Sales and Marketing at Nicoustic.
Nicoustic was established in Trondheim in 2022 based on 20 years of applied research at Fraunhofer IKTS and an innovation challenge by Equinor.
The goal is to develop a next level monitoring of solids and fluids in pressure vessels utilizing non-intrusive technology based on Guided Ultrasonic Waves.
Awarded 70 million for seabed minerals
The Green Platform project “Seabed minerals – Accelerating the energy transition”, headed by Adepth Minerals, has been awarded NOK 70.8 million from t ...
Cluster Insight with Nicoustic
– More or less every operator on the Norwegian continental shelf that I have spoken with, have shown interest in our novel technology for non-intrusiv ...
Join us for Tekna’s seminar on seabed minerals
In connection with the governments comprehensive impact assessment for seabed minerals published in October Tekna invites you to an evening seminar 18 ...
GCE Ocean Technology Events
Webinar: Guided Ultrasonic Waves for level measurement
Learn how to use Guided Ultrasonic Waves for level monitoring in separators and other vessels and tanks. Join our Ocean Lunch & Learn webinar with Nicoustic.
Webinar: Testinfrastruktur for havbunnsmineraler
Testinfrastruktur er sentralt for å akselerere innovasjon og dyphavsutforskningen. Delta på vårt webinar for å lære mer om kartlegging av behov for nasjonale testområder og infrastruktur for havbunnsmineraler.
Tekna: Norske havbunnsmineraler for energiomstillingen
Etter en omfattende konsekvensutredning legges det nå opp til at norske havområder kan åpnes for utforskning og, etter hvert, utvinning av metaller. Det er knyttet mange spørsmål til denne mulige nye næringen. Behøver vi egentlig mineraler og metaller fra dyphavet? Klarer vi å utvinne disse på en lønnsom måte med en akseptabel grad av miljøpåvirkning?
Kantinen i Thormøhlensgate 53D, Bergen